Overview
FA3204 density Electronic Balance is a High Accuracy Electronic Balance developed by CNSHP brand on the basis of FA/JA. It adopts a unique High Accuracy electromagnetic force equilibrated Sensor and a high-performance monolithic microprocessor system, which integrates accuracy, stability, multi-function and automation. The Balance can meet all laboratory density measurement and mass analysis requirements. Through the optional density measurement component, it can simply, directly and clearly measure the density of solids. In addition, it can also realize the density measurement and direct reading of liquids, solids and particulate matter (PM), effectively reducing the tediousness and human error of manual conversion.
Features
Adopt LCD backlit display, practical and sturdy five-sided fully transparent Draft Shield to ensure 100% visibility of the sample.
Adopted the latest national standard GB/T26497-2011.
3. Passed the electromagnetic compatibility EMC five standards test.
4. Unique High Accuracy Electromagnetic Force equilibrating Sensor ensures Balance has long-lasting and reliable performance.
5. Equipped with a variety of unit conversion functions, cumulative weighing functions, counting functions, and automatic prompt functions for weighing values.
6. Built-in hook weighing, can weigh larger samples or ferromagnetic samples.
7. Large horizontal adjustment wheel and horizontal indicator bubble, easy to complete the horizontal adjustment of Balance, to ensure that the weighing results have outstanding Repeatability and accuracy.
8. Automatic fault detection, full range peeling function, linear four-point calibrating, overload protection.
9. Built-in RS232 Communication interface, can be connected to a computer or printer, easy data recording and processing.
10. Can realize solid, liquid and particle density measurement (optional density component).
Principle
The density Electronic Balance is based on the Archimedes principle for solid density measurement. Its calculation formula is: P (solid density) = [a/(a-b) ] (Po-Pl) + Pl. Where a represents the mass of the solid in air, b represents the mass of the solid in liquid, Po is the density of an auxiliary liquid (such as water or ethanol) of known density, and Pl is the air density (0.0012g/cm ³). The density of the solid sample can be calculated by measuring the mass of the sample in air and liquid, combined with the known auxiliary liquid density.
Applications
Gold, electronics industry, food, cosmetics, papermaking, powder metallurgy, pawn, rubber, plastics, materials, scientific research and analysis industries. Applicable materials include: plastic particles, rubber particles, Resin, metal products, graphite materials, plastic composites, Stone, Glass products, various alloys, chemical solutions, etc.
Standards
GB/T26497-2011, electromagnetic compatibility EMC five standards
Steps
The information does not provide specific operation steps.
Notice
The information does not provide specific precautions.
